Thru-process monitoring of premium paint operations such as automotive OEM car body painting operations.
CoatingsPhoenixTM offer a comprehensive range of thru-process systems designed for the different application and customer requirements in the paint & powder coating industry.
To certify that the coated product achieves the coating suppliers cure specification (Time @ Temperature) it is necessary to know the true product temperature through the entire oven process. Temperature sensors positioned along the oven give only a snap shot of what the oven environmental temperature is at that specific point in the oven. IR pyrometers can provide surface temperature measurement but require line of site so limit the areas of the product that can be measured. Referring to the product this may, as with an Automotive car body shell, be made up of many different materials with differing thermal conductivities (steel, aluminium, composites) and sections of very different thickness and thermal mass.
This being the case the product temperature being measured may need to be from many unique locations to fully understand the cure process for the complete product. For simpler, or a mix of products possibly, the location of the product within the oven may be critical requiring multiple products to be measured at different positions (Product Hanging Rack Top, Middle, Bottom) to highlight possible variations in oven temperature.
Intrinsically Safe Finishing system – Paint & Powder Coating
Thru-process monitoring of premium coating operations where the coating and oven operations are classified as zones with explosive hazard risk. Equipment is certified ATEX(EU) or cMETus (Canada & USA).
Compact System – Powder Coating
Work horse thru-process monitoring system used for routine paint and powder coating applications for both OEM paint shops, custom coating and coating supplier operations.
PTFE Finishing System – High Temperature Coating Cure
Thru-process monitoring of high temperature coating cure operations such as PTFE where cure temperatures exceed 300 °C.